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Honda patents show technology that could give you X-ray vision

A pair of patent applications from Honda appear to show technology that will bring us one step closer to augmented-reality driving. The patents involve head-up displays (HUDs) and technology that can show people and vehicles that would otherwise be obscured. It'd be like being Superman behind the wheel. The first of the patents is for pedestrian detection. Many vehicles have a version of pedestrian detection that will alert a driver of a possible collision and automatically brake. This system from Honda would go a step further. Rather than just intervening when someone steps in front of the car, the proposed system would be able to detect multiple pedestrians and display their locations on an augmented reality HUD. It would also be able to locate pedestrians that are out of the driver's field of view, whether obscured by blind spots or something else. With this system, drivers would have information that would allow them to actively avoid a situation before the car has to intervene. The second patent adds vehicle-to-vehicle communications for keeping track of cars in traffic. In the patent, Honda explains how the system would work with a line of three cars. Provided the cars were connected with a V2V system, the lead car would communicate with the middle car to calculate the distance between them. Then, the middle car would relay that information to the last car, which would display an icon representing the lead vehicle with its position and status on the augmented reality HUD. This would allow the driver to effectively see through the middle car to know where the lead car is and what it's doing. The system would also be able to keep track of when the lead car starts braking, giving the driver advance notice and more time to react to a sudden slowdown or stop. This isn't the first time Honda has looked into advanced pedestrian technology or short-range communications. A few years ago, the company experimented with a system that would allow a car to communicate with pedestrians' cell phones to see their position, even when the sensors couldn't. The detection technology described in the first patent appears to rely only on sensors. Honda also experimented with V2V communication on motorcycles, so it's possible that project laid some groundwork for the augmented reality system in the second patent.

This three-cylinder Honda is faster than a Bugatti Veyron

Honda's S660 roadster, a tiny Japanese sports car that makes a Mazda MX-5 Miata look large, is powered by a three-cylinder engine that puts out 63 horsepower. As you might imagine, it's not very fast. Stick that engine into a vehicle that closely resembles the HondaJet, though, and it sets a new FIA class record of 261.875 miles per hour at the Bonneville Salt Flats. While the S-Dream Streamliner's three-cylinder, 600-cc engine is similar to the one found in the S660, it has been heavily modified to produce what Honda claims is three times the original amount of power. A Veyron-beating top speed from roughly 190 hp is still plenty impressive. The record car topped out at 266 mph at one point, but it didn't match that speed on the return run. The team of 16 Japanese Honda engineers, who were chosen from a pool of 100 volunteers, set a new FIA World Record for a vehicle in the class – Category-A Group-1 Class-4 – and even bested Honda's previous land speed record at Bonneville, set by the Honda Racing F1 team in 2006. The V10-powered F1 car averaged 248.548 mph. The aerodynamic vehicle was piloted by Japanese motorcycle rider Hikaru Miyagi, who can now claim having driven the fastest Honda car ever. The company still has some way to go, though, before one of its land vehicles surpasses the HondaJet, which can travel at approximately 485 mph. Related Video: Featured Gallery Honda S-Dream Streamliner News Source: HondaImage Credit: Honda Honda Lightweight Vehicles Racing Vehicles Special and Limited Editions fia world record bonneville salt flats honda s660

2019 Hyundai Nexo First Drive Review | Promise for fuel cells

According to the Kardashev scale of measuring advanced civilizations, a Type I civilization is able to harness all the power available on its home planet, including solar, wind and geothermal. A Type II civilization harnesses all the power generated by its sun. A Type III civilization harnesses all the energy of its home galaxy. Humanity, as physicist Michio Kaku is fond of saying, is a Type 0: We derive all our energy from burning dead plants and animals. And humanity being what it is, we still prefer crossovers by a vast margin. Fine, says Hyundai. We'll give you what you want, but we're going to nudge you toward Type I in the process. For 2019, the Korean automaker is launching a double-pronged attack on the internal-combustion engine with a pair of crossovers — a pure-electric version of the Kona and the hydrogen-powered Nexo. Hyundai is taking this approach because it believes electric and hydrogen fuel cell vehicles actually serve two different purposes. According to Dr. BoKi Hong of the company's fuel cell R&D division, the future won't see a one-solution-fits-all revolution in post-internal-combustion-engine (ICE) propulsion. Smaller vehicles — cars, motorcycles, Bird scooters — will be able to run solely on electricity, but Dr. Hong says that larger vehicles — cargo trucks, buses — will be powered by hydrogen fuel cells. The reason? Scalability. The larger the vehicle, the less sense it makes to equip it with a battery pack. Weight, cost and refueling time all increase along with the size of the conveyance. The longer the distance they have to travel — think cargo haulers or cross-country buses — the less sense it makes to use a battery electric vehicle (BEV). Hydrogen, on the other hand, offers a much more efficient way of storing and transporting energy. A fuel cell drivetrain can be scaled up to fit larger vehicles, but it doesn't require the same proportion of material as a battery. Plus, filling up your hydrogen tanks is as quick as a gasoline top-off, an advantage for long-distance haulers. Hyundai believes there's room for fuel cell vehicle (FCV) passenger cars as well, and the Nexo is Hyundai's latest take on a hydrogen car. Its first was introduced in 2000, based on a Santa Fe. That was followed in 2013 by a Tucson-based FCV. Unlike those, the Nexo arrives on an all-new platform not shared with an existing ICE-powered car. As it did with the Kona EV, Hyundai is offering a crossover in a segment where one doesn't really exist.